首页> 外文期刊>Environmental toxicology and chemistry >METAL-COLLOID PARTITIONING IN ARTIFICIAL INTERSTITIAL WATERS OF MARINE SEDIMENTS: INFLUENCES OF SALINITY, pH, AND COLLOIDAL ORGANIC CARBON CONCENTRATION
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METAL-COLLOID PARTITIONING IN ARTIFICIAL INTERSTITIAL WATERS OF MARINE SEDIMENTS: INFLUENCES OF SALINITY, pH, AND COLLOIDAL ORGANIC CARBON CONCENTRATION

机译:海洋沉积物人工间隙水中的金属-胶体分配:盐度,pH和胶体有机碳浓度的影响

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摘要

For decades, heavy metals have been deposited into marine sediments as a result of anthropogenic activities. Depending on their bioavailability, these metals may represent a risk to benthic organisms. Dissolved interstitial water metal concentrations have been shown to be better predictors of bioavailability than sediment metal concentrations. In order to improve our understanding of metals bioavailability in sediments, it is essential to fully comprehend metal speciation. Colloidal organic carbon is ubiquitous in marine interstitial water and readily forms complexes with numerous dissolved metals, greatly reducing their bioavailability.
机译:几十年来,由于人类活动,重金属已沉积到海洋沉积物中。根据它们的生物利用度,这些金属可能对底栖生物构成威胁。与沉积物金属浓度相比,已证明溶解的间隙水金属浓度是更好的生物利用度预测指标。为了增进我们对沉积物中金属生物利用度的了解,充分理解金属形态至关重要。胶态有机碳在海洋间隙水中无处不在,并容易与许多溶解的金属形成络合物,大大降低了它们的生物利用度。

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